139 results on '"Satoh, Akira"'
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2. Quasi-two-dimensional Brownian dynamics simulations on the local internal structure of a cubic magnetic particle suspension in an alternating magnetic field
3. Brownian dynamics simulations on the trapping characteristics of magnetic rod-like particles via multi-magnetic poles
4. Elucidation of the formation mechanism of the aggregate structures of a magnetic cubic particle suspension in a rotating magnetic field by means of Brownian dynamics simulations
5. Brownian Dynamics Simulations of the Trapping Characteristics of Magnetic Rod-like Particles in a Non-Uniform Magnetic Field
6. Quasi-two-dimensional Brownian dynamics simulations on the aggregation phenomena of a cubic magnetic particle suspension in a rotating magnetic field
7. Brownian dynamics simulations on the magnetorheological characteristics of a cubic hematite particle suspension
8. The Elucidation of the behavior of rod-like magnetic particles in the Hagen Poiseuille flow with a Non-uniform magnetic field
9. The elucidation of the magnetorheological characteristics of a suspension composed of cubic magnetic particles by means of Brownian dynamics simulations
10. Effects of difference in inner diameter of adding ring permanent magnets on superconducting magnetic levitation
11. Development of an Effective Assessment Method for Particle Overlap of Spheroidal Particles and Monte Carlo Simulations of Phase Change on the Aggregate Structures
12. Two-Dimensional Monte Carlo simulations on Phase Change of the Aggregate Structures of Spheroidal Hematite Particles
13. Conditions to Improve the Efficiency of a Jet Induced in an Electro-Conjugate Fluid
14. Experimental Studty Using Rectangular Electrodes for Clarification of the Mechanism of a Jet Arising in an Electro-Conjugate Fluid
15. Development of a simple assessment method regarding the overlap of spheroidal particles and its application to Monte Carlo simulations of magnetic particle suspensions
16. Brownian dynamics simulations of a dispersion composed of spherical and rod-like particles for development of a new technology to improve the visibility of small lakes
17. 3D Monte Carlo simulations on the control of the aggregate structures of a suspension composed of cubic hematite particles in terms of an external electric and magnetic fields
18. Elucidate of Spherical Magnetic Particle in a Rotating Magnetic Field
19. Diffusion coefficients of cube-like particles for application to Brownian dynamics simulations
20. Development of small swimming machine in liquid nitrogen
21. Brownian Dynamics for Magnetic Particle in a Rotating Magnetic Field
22. Effects of Additional Ring-Shaped Magnet with verious inner diameter on Superconducting Levitation Stability
23. Examination of a preparation method of cube-like hematite particles and the dependence of the aggregate structures on the strength of an applied magnetic field
24. Application of the Brownian dynamics method to magnetic cube-like particle suspensions
25. 111 Experimental study on the negative magneto-rheological effect of a suspension composed of spindle-like hematite particles
26. Brownian dynamics simulations on sedimentation behaviour of a dispersion composed of spherical and rod-like particles (For development of a new technology to improve the visibility of small lakes and ponds)
27. 115 Development of a Small swimming Machine in Liquid Nitrogen
28. 110 Availability of Multi-Particle Collision Dynamics Method for Magnetic Particle Suspensions
29. 106 Dependence of the Aggregate Structures on the Composition Ratio of Magnetic Cubic Particles with Different Magnetic Moment Directions
30. 3D Monte Carlo simulations on the control of the aggregate structures of cubic magnetic particles in terms of an external electric field
31. Aggregation phenomena of a magnetic particle suspension in an alternating magnetic field and the influence on the heat generation effect (Brownian dynamics simulations)
32. Availability of multi-particle collision dynamics method for magnetic particle suspensions
33. Lattice Boltzmann simulation for clarification of the mechanism of a microjet arising in an electro-conjugate fluid
34. 114 Development of an Effective Assessment Method for Particle Overlap of Spheroidal Particles and its Application to Monte Carlo Simulations
35. 119 Elucidation of the Behavior of Magnetic Particles in an Alternating Magnetic Field for Application to Magnetic Hyperthermia
36. 116 Study on Flight Control and Motion Analysis of Multi Rotor Flying Object
37. 120 Numerical analysis for clarification of the mechanism of a micro-jet arising in an electro-cinjugate fluid
38. 107 Three-Dimensional Monte Carlo Simulations on the Aggregate Structures of a Suspension Composed of Cubic Hematite Particles
39. Aggregate structures of a suspension composed of cubic hematite particles by means of three-dimensional Monte Carlo simulations
40. Study on the construction of the motion control of a small hovering-type flying object
41. Relationship between aggregate regime and magneto-rheology of a ferromagnetic rod-like particle suspension by means of Brownian dynamics simulations
42. Control of the orientational characteristics of disk-like hematite particles by a simple shear flow
43. G0500302 Monte Carlo Simulations on Phase Change of a Suspension Composed of Ferromagnetic Rod-like Particles
44. On the phase change of a suspension composed of ferromagnetic rod-like particles by means of Monte Carlo simulations
45. Application of the hybrid-type method of Brownian dynamics and lattice Boltzmann to magnetic particle suspensions
46. G0500301 Orientational properties of a disk-like hematite particle suspension in a simple shear flow : For a magnetic field applied in the angular velocity vector direction
47. G0500303 Brownian Dynamics Simulations on Magneto-Rheology of a Suspension Composed of Ferromagnetic Spherocylinder Particles
48. Two-dimensional Monte Carlo simulations on transition of aggregate structures of a suspension composed of cubic hematite particles
49. GS22 On the Aeronautical Analysis and Attitude Control of a Compact Hovering Flying Object by Means of Verlet Algorithm
50. 0109 On the Magneto-Rheological Properties of a Disk-Like Hematite Particle Dispersion Means of Brownian Dynamics Simulations
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